Industrial conveying, engineered to perform

Conveyor belts built for the conditions that stop ordinary belts.

Rubber, steel cord, sidewall, chevron and PVC belt solutions selected around your
material, load, incline and operating environment.

01
Five belt families

From bulk handling to light-duty conveying.

02
Specification-led selection

Width, strength, cover grade and application matched.

03
Worldwide inquiry support

Technical response for international projects.

Built around the application

The right belt begins with the right operating data.

A belt should be selected around the material, load, conveyor geometry and working
environment—not just a catalogue name. We turn those requirements into a clear,
practical belt specification.

Selection inputs

  • Material & lump size
  • Belt width & length
  • Incline & belt speed
  • Temperature & environment

Product range · 01

Five belt families.
One engineering conversation.

Compare the core product families, then send us your operating data for a more
precise recommendation.

Steel cord conveyor belt
02

Long-distance & heavy load

Steel Cord Conveyor Belt

High-tensile, low-elongation construction for demanding long-distance conveying systems.

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Sidewall conveyor belt
03

Steep-angle conveying

Sidewall Conveyor Belt

Corrugated sidewalls and cleats help move bulk materials on steep inclines while reducing transfer points.

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Chevron conveyor belt
04

Grip on inclines

Chevron Conveyor Belt

Profiled covers improve material stability and help reduce rollback on inclined conveyors.

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PVC conveyor belt
05

Light & clean conveying

PVC Conveyor Belt

Flexible, easy-maintenance belting for packaging, logistics, airport and selected clean conveying applications.

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Application finder · 02

Start with the operating challenge.

Choose the condition closest to your project. The recommendation is a starting point; final selection should follow the complete operating data.




Recommended starting point01

Rubber Conveyor Belt

For general bulk handling where abrasion resistance, stable operation and configurable cover grades are key considerations.

Consider
Material abrasiveness, lump size, belt width and cover grade
Typical sectors
Mining, quarry, cement and bulk terminals

Ask an engineer ↗

Conveyor belt manufacturing facility

Manufacturing focusControlled inputs.
Repeatable output.

Engineering & quality · 03

From operating data to a production-ready specification.

Our process makes technical selection visible: what we need, what can be configured and what should be confirmed before production.

01

Define the duty

Material, capacity, conveyor length, incline, speed and working environment.

02

Configure the belt

Carcass, tensile rating, cover grade, profile and dimensions matched to the duty.

03

Confirm critical details

Standards, splice approach, tolerances, marking, packaging and documents.

04

Inspect and deliver

Agreed inspection points and shipment requirements documented before dispatch.

Share your specification ↗

A clearer reason to choose · 04

A supplier page should prove more than it promises.

Clear product selection, documented quality requirements and practical inquiry handling make technical evaluation easier—without invented numbers.

01

Technical clarity

Product pages organized around selection criteria, specifications and suitable applications.

02

Documented quality

Quality requirements, inspection points and available documents clarified before order confirmation.

03

Real project evidence

Case studies organized by region, material, operating challenge, supplied belt and result.

04

Fast inquiry handoff

A concise RFQ captures the information needed for a useful technical reply.

Start a project · 05

Tell us what the belt needs to do.

Send the basics now. Drawings, detailed specifications and supporting documents can follow during the technical discussion.



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